PR product range - links to order details and block diagrams

Transcription

1 PR product range links to order details and block diagrams PR product range links to order details and block diagrams MTS Messtechnik Schaffhausen GmbH Mühlenstrasse 4, CH8260 Stein am Rhein Telefon Telefax Messen Prüfen Automatisieren

2 Order: 2202 Type Input Output Supply Range 2202 Pt100 : L Spec. : 0 24 DC : D Acc. to order Ni100 : N ma : AC & : P Lin. R : R ma : DC Spec. : X ma : : : : : 7 For 2wire connection pin 6 and 7 must be shortcircuited in the socket. JP1 ON JP2 ON oltage output: 0/ DC 0/ DC Shortcircuit pins 3 and 2, = 2, = 1

3 Order : 2204 Type Input Output Supply ma : A Special : 0 24 DC : D ma : B ma : AC & : P : C ma : DC : D ma : : E : : F : 5 Special : X : : 7 Programming: INPUT DP1 (10pole) PROGRAMMING SW 1, 2, 3, 4, 5 SW ON SW OFF ma 1, 3 2, 4, ma 1, 4 2, 3, , 3 1, 4, , 4 1, 3, , 3, 4 1, 5 For 20% offset on input, set DP1 SW5 ON e.g. input ma 1, 4, 5 2, 3 OUTPUT DP2 (4pole) DP1 (10pole) PROGRAMMING SW 1 4 SW 6, 7, 8, 9, 10 SW ON SW OFF ON OFF ma 4 1, 2, 3 7 6, 8, 9, ma 3 1, 2, 4 8 6, 7, 9, ma / m 1, 4 2, 3 6 7, 8, 9, ma / , 3 2, 4 6, 7 8, 9, ma / , 4 1, 3 6, 8 7, 9, ma / , 3 1, 4 6, 7, 8 9, 10 For 20% offset on output, set DP1 SW9 ON e.g. output ma 3 1, 2, 4 8, 9 6, 7, 10 For reversed output set DP1, SW10 ON e.g. output ma 3 1, 2, 4 8, 9, 10 5, 6, 7 Note: At other spans than the abovementioned, DP1 and DP2 have a different setting which applies to the delivered special range.

4 Order: 2220 Type ersion AC : A 230 AC : B 24 AC : D 120 AC : F Output Special ( ) : 0 24 DC : 1 15 DC : 2 12 DC : 3 5 DC : 4

5 Order : 2222 Type Input AC : A 230 AC : B Output 24 DC : 1 15 DC : 2

6 Order: 2223 Type ersion AC : A Output 1 Special ( DC) : 0 Output 2 Special ( DC) : AC : B 24 DC : 1 24 DC : 1 24 AC : D 15 DC : 2 15 DC : 2 12 DC : 3 12 DC : 3 5 DC : 4 5 DC : 4 Connection diagram: Serial connection / supply Serial connection or () 10 48DC DC DC (GND) GND DC GND ( DC) 2 different pos. supplies with common ground 2 different neg. supplies with common ground DC 9 GND GND DC DC GND 8 GND DC

7 Order: 2224 Type Input range Supply Option ma : A 12 : 1 Single valve (A) : A ma : B 24 : 2 Double valve (A/B) : B : C : D : E : F ±10 potentiometer : G potentiometer : H Timing diagram:

8 Order: 2229 Type ersion 2229 AC or DC : A Output Special ( ) : 0 24 DC : 1 15 DC : 2 12 DC : 3 5 DC : 4

9 Order: 2231 Type Supply DC : D AC : P DC Hardware programming: Input: Input JP1 JP madc I ARMS I I DC RMS Output: Relay JP position Relay 1 normally open JP 2 N.O. Relay 1 normally closed JP 2 N.C. Relay 2 normally open JP 3 N.O. Relay 2 normally closed JP 3 N.C.

10 Order : 2237 Type Input Output Setpoint ma : A ma : B : C : D : E spec. : X Active at increasing input : 1 Active at decreasing input : 2 Setp. notch opr. : A Setp. knob opr. : B Programming: Input and function DP1 ON DP2 ON ma 1, ma 1, , , 4 6 Active relay at: Increasing input signal 1, 3 Decreasing input signal 2, 4 For safe operation, all other switches must be OFF.

11 Order: 2238 Type Input Output Setpoint ma : A 2 x active at increasing input : ma : B 2 x active at decreasing input : : C Active at decreasing input : D at increasing input 2 : : E Active at decreasing input 2 at increasing input 1 : 4 spec. : X Hold rel. 2 : 5 Setp. notch opr. : A Setp. knob opr. : B Programming: Input and function DP1 ON DP2 ON ma 1, ma 1, , , 4 Active relay 1 at: Increasing input signal 5, 7 Decreasing input signal 6, 8 Active relay 2 at: Increasing input signal 1, 3 Decreasing input signal 2, 4 Relay 2 hold 5 Relay 1 failsafe 7 Relay 2 failsafe 6 For safe operation, all other switches must be OFF.

12 Order : 2240 Type Input Output AC : A Special : AC : B 24 AC : 1 Special : X 12 AC : 5 Maximum power output:

13 Order: 2241 Type Input Output Setpoint ma : A ma : B : C : D : E spec. : X 2 x active at increasing input : 1 2 x active at decreasing input : 2 Active at decreasing input 1 and at increasing input 2 : 3 Active at decreasing input 2 and at increasing input 1 : 4 Hold relay 2 : 5 Setp. notch opr. : A Setp. knob opr. : B Relay Rel. 1 N.O., Rel. 2 N.O. : 1 Rel. 1 N.O., Rel. 2 N.C. : 2 Rel. 1 N.C., Rel. 2 N.O. : 3 Rel. 1 N.C., Rel. 2 N.C. : 4 Programming: Jumper position JP1 N.O. Rel. 1 normally open JP1 N.C. Rel. 1 normally closed JP2 N.O. Rel. 2 normally open JP2 N.C. Rel. 2 normally closed Input and function DP1 ON DP2 ON ma 1, ma 1, , , 4 Active relay 1 at: Increasing input signal 5, 7 Decreasing input signal 6, 8 Active relay 2 at: Increasing input signal 1, 3 Decreasing input signal 2, 4 Rel. 2 hold 5 Rel. 1 failsafe 7 Rel. 2 failsafe 6 For safe operation, all other switches must be OFF.

14 Order: 2255 Type ersion Output 2255 Fixed : A Analogue NPN output : 1 Programmable : B Analogue relay output : 2 Analogue output programming: Output range JP3 JP2 JP ma (current only) OFF ma (current only) ON ma / OFF OFF ON ma / ON OFF ON ma / OFF ON OFF ma / ON ON OFF Special voltage output: ON or (Resistor R38 mounted) OFF OFF OFF

15 Order: 2261 Hardware programming: JP1 JP2 Output MENU 4.3 range OFF OFF ma ma 002 ON OFF m m 004 OFF ON

16 Order : 2271 Type Input Output Relay action Setpoint 2271 Pt100 : L Spec. : 0 At increas. input : A Setpoint knob : 1 Ni100 : N ma : 1 At decreas. input : B Setpoint notch : 2 Lin. R : R ma : 2 Spec. : X ma : 3 For 2wire connection, pin 6 and 7 must be shortcircuited in the socket.

17 Order : 2273 Type Input Output Range 2273 Pt100 : L ma : 2 Acc. to order Ni100 : N Lin. R : R Spec. : X For 2wire connection, pin 6 and 7 must be shortcircuited in the socket. Standard ranges Pt C C C C C C C C C C C C

18 Order: 2279 Type Input Output Supply RMS : A Special : 0 24 DC : D RMS : B ma : AC & : P RMS : C ma : DC (0...4 peak) : RMS : D : RMS : E : RMS : F : ARMS : G ARMS : H Special : X Programming: INPUT DP1 (8pole) JP1 PROGRAMMING SW 1, 2, 3, 4, 5 POSITION SW ON SW OFF RMS 1, 2, 3, 4, 5 X RMS 5 1, 2, 3, 4 X RMS 4 1, 2, 3, 5 X RMS 2, 4, 5 1, 3 X RMS 1, 2, 3 4, 5 X RMS 1, 2, 3, 5 4 X ARMS 3, 4 1, 2, 5 X ARMS 3, 4, 5 1, 2 X OUTPUT DP2 (4pole) DP1 (8pole) PROGRAMMING SW 1 4 SW 6, 7, 8 SW ON SW OFF ON OFF ma 3 1, 2, 4 6 7, , 3 2, 4 7 6, , 3 1, 4 6, 7 8 For 20% offset on output, set DP1 sw. 8 ON, e.g. output ma 3 1, 2, 4 6, 8 7 Note: At other spans than the abovementioned, DP1, DP2, and JP1 have a different setting which applies to the delivered special range.

19 Order : 2281 HARDWARE PROGRAMMING: JP1 JP2 JP3 Output MENU 4.3 OFF OFF OFF ma 1 ON ma 2 ON OFF OFF m 3 ON m 4 OFF ON OFF ON

20 Order: 2284 Type Input Output Supply Output type ma : A ma : B : C : D : E : F : G : H Special : X Special : ma : ma : ma : : : : : : 8 24 DC : D AC & : P DC Standard : 1 Buffered voltage : 2 T 2wire transm. JP 2 Universal sup. only 2wire supply / 7 Loop supply 1 9 Supply (), (P) 2.5 ref ref Or AC & DC DC 3wire potm. Input Input gnd. ma JP DP1 DP CPU 2284 DP2 output offset 9 10 DP2 100% 0% DP ma Buffer 3 1 Output type DP2 DP I Supply (gnd), (N) I Out Gnd. A Out I Out A INPUT DP1 (10pole) JP1 PROGRAMMING SW 1, 2, 3, 4, 5, 6 POSITION SW ON SW OFF ma 1, 2, 3 4, 5, 6 X ma 1, 2, 3, 4 5, 6 X m 1, 2, 3, 4, 5, 6 X m 4 1, 2, 3, 5, 6 X , 2, 4, 5, 6 X , 4 1, 2, 5, 6 X , 3, 4, 5, 6 X , 4 1, 3, 5, 6 X For 20% offset on input, set DP1 SW5 ON e.g. input ma 1, 2, 3, 4, 5 6 X For bipolar input set DP1, SW6 ON e.g , 6 1, 3, 4, 5 X OUTPUT DP1 (10pole) ** DP2 (10pole) PROGRAMMING SW 7, 8, 9, 10 SW 1, 2, 6, 7, 8, 9, 10 SW ON SW OFF ON OFF ma 8 7, 9, 10 6, 7 1, 2, 8, 9, ma 7 8, 9, 10 6, 8 1, 2, 7, 9, ma / m 8 7, 9, 10 1, 6, 7 2, 8, 9, ma / , 9, 10 1, 6, 8 2, 7, 9, ma / , 9, 10 2, 6, 7 1, 8, 9, ma / , 9, 10 2, 6, 8 1, 7, 9, 10 For 20% offset on output, set DP1 SW9 ON, DP2 SW9 and SW10 ON, e.g. output ma 7, 9 8, 10 6, 8, 9,10 1, 2, 7 For reversed output set DP1, SW10 ON e.g. output ma 7, 9, , 8, 9,10 1, 2, 7 ** DP2 SW 6 is ON and SW 3, 4, 5 are OFF, except for buffered output Note: At other spans than the ones mentioned in the table and at a buffered voltage output, DP1, DP2, JP1, and JP2 have a different setting which applies to the delivered special range. The buffered voltage output cannot be programmed acc. to the above programming table, but will be delivered fullyconfigured from factory.

21 Order: 2285 Type Channels channel : A 2 channels : B Load schedule:

22 Order : 2286 Type Input 2286 oltage / current : A Temperature : B Input : A ref. Input (setp., Bch) Input gnd DC JP 1 50 PGA reg. A / D e CPU Neutral DC DC Rel. 1 Up Supply 24DC Supply gnd. Rel. 1 N.O. Relay common Input (proc., Ach) Input gnd. 2 1 JP 2 50 PGA A / D EEPROM 2286A Rel. 2 Down 5 Rel. 2 N.O. Input : B ref. Input (setp., Bch) Input gnd DC JP 1 50 PGA 1.25 ma reg. A / D e CPU Neutral DC DC Rel. 1 Up Supply 24DC Supply gnd. Rel. 1 N.O. Relay common Comp. 1 Pt100 Input 2 PGA A / D EEPROM Rel. 2 Down 5 Rel. 2 N.O. Input 3 ref. 2286B Hardware programming: INPUT: Channel A ma JP2 ON MENU 2.3 = I DC JP2 OFF MENU 2.3 = U Channel B ma JP1 ON MENU 3.3 = I DC JP1 OFF MENU 3.3 = U

23 Order: 2288 Type Sensor Input filter Trig Output pulse width 2288 Tacho : A Spec. : 0 Trailing edge : A Spec. : 0 Direct Output : A NAMUR : B > 10 ms : 1 Leading edge : B Direct : 1 Inverse : B NPN : C (max. 50 Hz) Adjust. : 2 PNP : D None : 2 ( ms) TTL : E Fixed (50 ms) : 3 S0 : F Spec. : X Programming: JUMPER PROGRAMMING ON OFF Trailing edge JP1 JP2 Leading edge JP2 JP1 Pulse width 1:1 JP3 JP4, JP5 Pulse width fixed 50 ms JP5 JP3, JP4 Pulse width adjustable JP4 ON and JP3, JP ms JP9 in pos ms JP9 in pos. 12 Direct output JP6 in pos. 12 Inverse output JP6 in pos. 23 NAMUR supply JP7 in pos. 12 S0 supply JP7 in pos. 23 Active output JP8 in pos. 12 Normal output JP8 in pos. 23 DP1: INPUT TYPE INPUT ON OFF Tacho 5 1,2,3,4,7 NAMUR 3,5 1,2,4,7 and JP7 in 12 NPN 1 2,3,4,5,7 PNP 2 1,3,4,5,7 TTL 4 1,2,3,5,7 S0 (DIN 43864) 3,6,7 1,2,4,5 and JP7 in 23 Input filter: > 10 ms/max. 50 Hz 6 Sensor Trig level Input resistance TL TH Tacho 200 m 350 m > 100 kω NAMUR 1.2 ma 2.1 ma NPN, PNP kω TTL > 100 kω S0 input 2.2 ma 9.0 ma

24 Order : 2289 Type Inputs 2289 Current / voltage : A Pt100 & Current / voltage : B Hardware programming: INPUT: Channel A ma JP4 ON MENU 2.3 = I DC JP4 OFF MENU 2.3 = U Channel B ma JP3 ON MENU 3.3 = I DC JP3 OFF MENU 3.3 = U NPN JP6 ON PNP JP6 OFF OUTPUT: Output JP1 JP2 JP5 MENU ma OFF OFF OFF ma ON m ON OFF OFF m ON OFF ON OFF ON 6

25 Order: 2914 Type Measurement range C : A Output Special : 0 Sensor error value To max., 23 ma : A C : B ma : 2 To min., 3.8 ma : B Special : X ma : 9 Special : X

26 On the front of the box : A Order : 3532 On top of the box : B On the left side of the box : C On the rear of the box : D (See mechanical specs. below) : Type Input Encoder placement Limit switch 3532 Internal encoder : 0 External encoder : 1 (Specify cable length) On the front of the box : A / AC/DC : 2 On top of the box : B On the left side of the box : C On the rear of the box : D (See mechanical specs. below) : Mechanical specifications: External encoder: Application:

27 Order codes: 4114 = Universal transmitter 4501 = Display / programming front 2wire transmitter Current oltage Potentiometer RTD and lin. R, connection, wires TC ma Supply AC or DC Supply CJC PTC MUX A / D CPU Safety D / A I ma 10 1 ma 10 Ω Green EEPROM Red 500Ω 50Ω 11 Gnd. I Out. I Out. Out. 4114

28 Order codes: 4116 = Universal transmitter 4501 = Display / programming front 2wire transmitter Current oltage Potentiometer RTD og lin.r, connection, wires TC ma Supply AC or DC Supply MUX A / D CPU D / A I 10 ma 41 CJC Safety 13 1 ma 1 2 PTC 10 Ω Green EEPROM Red Yellow 500Ω 50Ω Gnd. I Out. Relay 2 Relay 2 I Out. Out Yellow Relay 1 Relay 1

29 Order codes: 4131 = Universal trip amplifier 4501 = Display / programming front 2wire transmitter Current oltage Potentiometer RTD and lin. R, Connection, wires TC ma Supply AC or DC Supply MUX A / D CPU 41 CJC PTC Ω Green EEPROM Yellow Yellow Relay 2 Relay 2 Relay 1 21 Relay

30 Order: 5102 Type Channels channel : A 2 channels : B For 2wire connection, shortcircuit pin 42 and 43, (52 and 53).

31 DIPswitch programming: Factorycalibrated standard ranges: When special measurement ranges are delivered, all DIPswitches for the channel in question are OFF.

32 Order : 5105B Type Input Output Channels Single : A Double : B 5105B 0 20 ma : A 4 20 ma : B 0 10 : E 2 10 : F Special : X Special : ma : ma : : : : : 7 DiIPswitch programming: Factorycalibrated standard ranges: When special measurement ranges are delivered, all DIPswitches for the channel in question are OFF.

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35 Order : 5114 Type ersion Input Channels 5114 Single : A [EEx ia] IIC : B RTD / TC / m / R ma / / m Channel 1, RTD / TC / m / R Channel 2, ma / / m : 1 : 2 : 3 Double : B Standard : A RTD / TC / R / ma / / m : Note! For TC inputs with internal CJC, remember to order the CJCterminals type 5910 / 5910 EEx (ch. 1) and 5913 / 5913 EEx (ch.2). Channel 1 shown as a temperature input: m m T RTD and lin. R Conn. wire 4 3 2!! If channel 2, use terminal no Channel 2 shown as a current / voltage input: 2wire transm. 3wire potm. ma TC * Loop supply / ref. > 2.5!! If channel 1, use terminal no Input, > 2.5 Input Input gnd. <= 2.5 Selection of input type: (5114A) Temperature channel 1 Temperature channel 2 * Accessories: 5910 CJC connector CH 1, 5913 CJC connector CH 2. CH JP 2 JP CH 2 5 M JP PTC 0,2 ma Analogue Switch 5 M MUX JP PTC 0,2 ma Analogue Switch MUX 10 Ω 10 Ω 50 k PGA 50 k PGA Input JP 1 JP 2 JP 3 JP reg A / D Channel 1 reg. 2.5 A / D Channel 2 Front comm. Loop sup. > 18 Loop sup. > 18 CPU EEPROM D / A Spec. Output 1 D / A Spec. Output 1 13 A DP DP Supply AC & DC Supply 2wire output sup. 2wire output sup. A ma I GND. I gnd. I Out A A I Out A I Out A ma I Out Out 2wire output sup. 2wire output sup. Out Current / voltage channel 1 Current / voltage channel

36 Order: 5115 Type 5115 ersion Standard ATEX Ex : A : B Input RTD / TC / m / R / ma / : _ RTD / TC / m / R : 1 ma / / m : 2 Input 1, RTD / TC / m / R Input 2, ma / / m : 3 *NB! Please remember to order CJC connectors type 5910EEx (input 1) and 5913EEx (input 2) for TC inputs with an internal CJC. Selection of input type: (5115A) Temperature input 1 Temperature input 2 Input JP 1 JP 2 JP 3 JP Current / voltage input 1 Current / voltage input

37 Order: 5116 Type ersion 5116 Standard : A ATEX Ex and FM.... : B *NB! Please remember to order CJC connectors type 5910/5910EEx for TC inputs with internal CJC * Accessories: CJC connectors type 5910 / 5910 EEx Bipolar m Tx 2wiretransm. RTD and lin. R, connection, wires wire potm. >= 2.5 TC * 2wire supply / 2.5 ref. Current Input, > 2.5 Input Input gnd. <= Ex barrier, only 5116B Ex barrier, only 5116B 5 M PTC 50 k 0.2 ma MUX 10 Ω 2.5 Electronic contact reg. PAG Front button, sw 1 2wire supply A / D Green CPU EEPROM 5116 Front comm. Electronic contacts Yellow Yellow D / A 50 Ω 500 Ω Supply AC or DC Supply 2wire supply 2wire supply ma ma I Gnd. ma ma I I Out. Out. Relay 2 Relay 2 Relay 1 Relay 1 Out.

38 Order: 5131 Type ersion Input Channels 5131 Single : A [EEx ia] IIC : B RTD / TC / m / R ma / / m Channel 1, RTD / TC / m / R Channel 2, ma / / m : 1 : 2 : 3 Double : B Standard : A RTD / TC / R / ma / / m : Note! For TC inputs with internal CJC, remember to order the CJC connectors type 5910 / 5910 EEx (ch. 1) and 5913 / 5913 EEx (ch. 2). Selection of input type: (5131A) Temperature channel 1 Temperature channel 2 Input JP 1 JP Current / voltage channel 1 Current / voltage channel 2 2 2

39 Order : 5132 Type ersion 5132 Standard : A Channels 1 channel : 1 2 channels : 2 CH 1 13 supply 2Wire Transmitter ma Loop supply Is Ic 12 test A CH supply A ma

40 Order: 5133 Type Channels channel : A 2 channels : B For 2wire connection, shortcircuit pin 42 and 43, (52 and 53).

41 Block diagram, 5202B1 & B2: Block diagram, 5202B4: Jumper programming:

42 DIPswitch programming:

43 Order: 5223 Type ersion Output 5223 Standard : A Analogue NPN / PNP : 1 [EEx ia] IIC : B Analogue Relay output : 2 Front comm. Input gnd. Sup. Sup. PNP NPN Contact Tacho Namur S0 Input f in DC reg. reg. 42 f in Error Dig.out 1 Dig. out 2 x relay or 2 x NPN / PNP Supply Supply AC DC Relay N.O. or PNP/NPN Dig. out 1 Relay N.O. / Dig. gnd. Relay N.O. or NPN/PNP Dig. out 2 Input gnd S f in 2 f in 2 Dig.out ma JP 1 JP I 12 Relay N.O. / Dig. gnd. I Out A Out I Out A Sup. PNP Sup. NPN Contact Tacho Namur Input A Gnd. Front comm. 8 Contact Namur Input 43 f in 1 Ex Barrier 8 DC reg. 42 f in Error Dig.out 1 Dig. out 2 x relay or 2 x NPN / PNP Supply Supply AC DC Relay N.O. or PNP/NPN Dig. out 1 Relay N.O. / Dig. gnd. Relay N.O. or NPN/PNP Dig. out 2 8 Contact Namur Input 53 f in 2 52 Ex Barrier f in 2 Dig.out B ma JP 1 50 JP I Relay N.O. / Dig. gnd. I Out Gnd. A Out I Out A

44 Order : 5225 Type ersion Output 5225 Standard : A Analogue NPN / PNP : 1 Analogue relay output : 2 Input gnd Front comm DC reg. Error Option Supply 24 DC Supply gnd. Relay 2 Sup. PNP Sup. NPN S0 Contact Tacho Namur Input 42 f in Dig out Relay 2 / PNP Relay 1 / NPN NPN pull up: 6.7 ma: JP4 ON 1.7 ma: JP3 ON 3k48 13k3 NPN JP 3 JP 4 Dig out 1 D/A 0 20 ma JP 1 JP I 12 Relay 1 / dig. gnd. I Out A Out I Out A 24 DC 5225 Spec. Out Gnd.

45 Order: 5331 Type ersion Ambient temperature Galvanic isolation 5331 Standard : A 40 C 85 C : AC : B ATEX : B FM and ATEX : C CSA, FM and ATEX : D

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51 Order : 5420B Type Channel 5420B Double : 2

52 Order: 5514 Type Display Input Supply 5514 LED : A RTD/TC/m/R : AC : A m//ma : AC : B 24 DC / 24 AC : D 5514A1 Note: For TC inputs with internal CJC, remember to order the CJC connector type Communication 32 Supply m RTD, lin. R Conn. wire TC ma Only supply: D ~ Or Or AC AC Supply m * MUX PGA A / D CPU RE 1 RE Relay 1 22 Relay 1 EEPROM 23 Relay A1 24 Relay A2 * Accessories: 5914 CJC connector. Communication T 2wire transm. > 2.5 Loop sup. > 20 Input, > 2.5 ma Input Input gnd. <= M 50 k PTC 10 Analogue switch MUX PGA reg. A / D CPU EEPROM RE 1 RE 2 Only supply: D Supply 24 ~ Or Or AC AC Supply Relay 1 Relay 1 Relay A2 24 Relay 2

53 Order: 5515 Type Display Input Supply 5515 LED : A RTD/TC/m/R : AC : A LCD : B m//ma : AC : B 24 DC/24 AC : D Note: For TC inputs with internal CJC, remember to order the CJC terminal type Input: 1 Communication 32 Supply m RTD and lin. R Conn. wire TC ma Only supply : D ~ Or Or AC AC Supply m * MUX PGA A / D CPU 41 EEPROM 5515_1 * Accessories: 5914 CJC connector. Input: 2 Communication T 2wire transm. > 2.5 Loop supp. > 20 Input, > 2.5 ma Input Input gnd. <= M 50 k PTC 10 Analogue switch MUX PGA reg. A / D CPU EEPROM Only supply : D Supply Or Or AC AC ~ Supply 5515_2

54 Order: 5531 Type ersion Field enclosure 5531 Standard : A Type 8501 ATEX Ex : B None : 8501 / EEx nl IIC : / EEx ib IIC : 2 input ma Ex circuit input 1 Only version: B DP 1 2 A / D CPU 1 DP Backlight EEPROM Front buttons Programming: DP 1 Front keyboard SW ON SW OFF DP 1 Backlight SW ON SW OFF Keys locked 1 Off 2 Keys NOT locked 1 Half intensity 3 2 Full intensity 2, 3

55 Order: 5714 Type ersion 5714 Standard : A 2 relays : B Analogue output : C Analogue output and 2 relays : D NB! Please order the splashproof cover seperately. Order no

56 Order: 5715 Type ersion relays : B Analogue output and 4 relays..: D Tx 2wire supply > 15 DC ma PC communication Supply AC or DC Supply Input, ma 45 PTC ersion D 12 I ma Potm. RTD, wires Ω AD CPU R1 R Gnd. I Output Common Relay 1 N.O. Relay 1 N.C. Common Relay 2 N.O. Relay 2 N.C TC Input gnd. 43 Int. CJC EEPROM 5715 R3 R Common Relay 3 N.O. Relay 3 N.C. Common Relay 4 N.O. Relay 4 N.C.

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58 Order: 6331 Type ersion Galvanic isolation Channels 6331 Standard : A 1500 AC : 2 Single : A ATEX Ex : B Double : B *NB! Please remember to order CJC connectors type 5910 / 5910EEx (channel 1) and 5913 / 5913EEx (channel 2) for TC inputs with an internal CJC. * Internal CJC connector must be ordered separately. m RTD, lin. R wire TC CH ma 13 Supply m * MUX PGA A / D CPU EEPROM 6331 Comm. D / A ma Ex circuit, only 6331B 11 Supply ma ma CH

59 Order: 6333 Type ersion Galvanic isolation 6333 Standard : A None : 1 EEx : B Channels Single Double : A : B

60 Order: 6334 Type ersion Galvanic isolation Channels 6334 Standard : A 1500 AC : 2 Single : A ATEX Ex : B Double : B

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63 Order: 7101 Type Modules : A 16 : B Output connector I Specify : : 56p. Elco connector : : 37p. SUB D connector : : 2x16p. terminal block : : 50p. SUB D connector : : 34p. 3M flat cable : : 25p. SUB D connector : 6 None : 9 Output connector II Specify : : 56p. Elco connector : : 37p. SUB D connector : : 2x16p. terminal block : : 50p. SUB D connector : : 34p. 3M flat cable : : 25p. SUB D connector : 6 None : 9 NB: Accessory for 16 module backplane: 2x2x16pole terminal block type 7205 mounted on assembly board. Please remember to order Ex division plate type 7301 for backplanes featuring both Ex and non Ex modules.

64 Bestillingsskema: 7400 Type Pt100 elementer Nøjagtighed Kølehals Indstikslængde x Pt100 : A Klasse A : 1 Ingen : A 50 mm : 1 2 x Pt100 : B 100 mm : B 100 mm : mm : C 150 mm : mm : D 200 mm : mm : mm : 6 Ordreeksempel: 7400A1A2 = 1 x Pt100 element Klasse A nøjagtighed Ingen kølehals 100 mm indstikslængde Målskitse:

65 Order: 8501 Picture: Type Cable glands cable gland : A 2 cable glands : B 3 cable glands : C 4 cable glands : D